Design And Implementation Of Multi-scenario Automated Testing Mechanism For Smart Integration Private Network

The Smart Integration Router System is a tunnel-based multi-link communication system developed based on the theory of "Smart Integration Identifier Network".It can provide stable network services in high-speed or restricted mobile environments.Currently,smart integration private network devices have been widely deployed in various scenarios,such as high-speed rail networks and emergency communication vehicles.In the process of continuous updating,iteration,and optimization of smart integration private network devices,researchers need to conduct a large number of tests to ensure that the equipment operates stably and efficiently.In past testing work,testers often manually entered test commands to conduct tests.However,manual testing has problems such as low efficiency,errors,and difficulty in completing complex test tasks.Existing automated testing tools also face issues such as incomplete functionality and difficulty adapting to different testing scenarios.To address these issues,this paper designs and implements an automated testing mechanism applicable to smart integration private network devices in multiple scenarios based on a deep understanding of smart integration private network testing needs.The main achievements and innovations are as follows:Firstly,based on the characteristics of smart integration private network devices,this paper describes the design requirements for a smart integration private network multi-scenario automatic testing mechanism,provides an overall design scheme,and elaborates specific designs and module connections for the testing control module,performance testing module,function testing module,data processing module,and receiving module.Secondly,according to the detailed design of the five modules,this paper implements reading configurations and calling testing functionalities as per the requirements.The functionalities include delay-bandwidth testing,file transfer testing,and device status monitoring in wireless communication environments and simulated wired environments.This paper performs automatic testing of software functions in smart integration private network devices,processes test record data to make test results more intuitive,and monitors and adjusts the receiver to ensure complete and accurate testing.Finally,the functions of the five modules were validated in both wireless and wired testing environments,and the testing mechanism was applied to actual testing of tunnel programs on smart integration private network devices.The test results show that this solution can achieve automated testing of smart integration private network devices in different scenarios,record,store and organize test results,improve testing efficiency,and meet the automated testing needs of smart integration private networks in multiple scenarios.